class HMdcSetup: public HParCond

_HADES_CLASS_DESCRIPTION

 HMdcSetup

 Container class for the parameters for HMdcTaskset
 Setup objects for the tasks of HMdcTaskSet are created:
 HMdcDitizerSetup,HMdcCalibrater1Setup,HMdcTrackFinderSetup,
 HMdcClusterHitSetup,HMdcFitterSetup and HMdcCommonSetup.
 These setup objects hold all parameters to configure the tasks
 in all possible ways. The objects are initialized with some non valid
 values (-99 for Int_t variables and 3 for Bool_t).

 The parameters contain (example):

 HMdcSetup:

 HMdcCommonSetup:
 isSimulation    =  0 :  0 = real data, 1 = simulation, 2 = merge
 analysisLevel   =  4 :  0 = raw, 1 = cal1, 2 = cal2, 3 = hit, 4 = fit
 tracker         =  1 :  1 = dubna, 2 = santiago

 HMdcCalibrater1Setup:
 ModeFlagCal1    =  2 :  1 = NoStartandCal, 2 = StartandCal, 3 = NoStartandNoCal
 TimeCutFlagCal1 =  1 :  0 = noTimeCut    , 1 = TimeCut

 HMdcTrackFinderSetup:
 MagnetStatus    =  0 :  0 = MagnetOn,  1 = MagnetOff
 ClustFinderType =  0 :  0 = combined chamber clusters, 1 = single chamber clusters
 LevelsSegment1  =  10,50  : max. occupancy of MDC for level of cl.finding 4 & 5 layers
 LevelsSegment2  =  10,30  : max. occupancy of MDC for level of cl.finding 4 & 5 layers
 NumLayersPerMod = {{6,6,6,6},
                    {6,6,6,6},
                    {6,6,6,6},
                    {6,6,6,6},
                    {6,6,6,6},
                    {6,6,6,6}}

 HMdcClusterToHitSetup:
 ModForSeg1      =  1 : -1 = don't fill HMdcSeg for segment 1,
                         0 = fill HMdcSeg by cluster in MDC1 if typeClFinder=1
                             and sector has mdc1&2, else by cluster in existing MDC,
                         1 =  -/- in mdc2,
 ModForSeg2      =  3 : -1 = don't fill HMdcSeg for segment 2,
                         2 = fill HMdcSeg by cluster in MDC3 if typeClFinder=1
                             and sector has mdc3&4 and MagnetOff,
                             else by cluster in existing MDC,
                         3 =  -/- in MDC4

 HMdc12FitSetup:
 FitAuthor       =  1 :  0 = Hejdar     , 1 = Alexander\n",
 DrTimeCalcVers  =  1 :  0 = polynom    , 1 = HMdCal2ParSim::calcTime\n"
 FitType         =  0 :  0 = segment fit, 1 = independent mdc fit
 DebugCategorie  =  0 :  1 = create and fill catMdcClusFit&catMdcWireFit, 0 = don't cr.
 DebugPrint      =  0 :  1 = print debug information, 0 = don't print

 HMdcDigiSetup:
 tdcModeDigi     =  2 :  1 = two leading edges, 2 = leading and trailing edge
 NtupleDigi      =  1 :  0 = noNtuple, 1 = digitizer.root
 useTofDigi      =  1 :  0 = NoTof in cal1, 1 = Tof in cal1

 useErrorDigi      =  1 :  0 = NoErr in cal1, 1 = Err in cal1

 useWireOffset     =  1 :  1 = add wireOffset to drift time, 0 = don't add wireOffsets
 useWireStat       =  1 :  1 = use wirestat container (dead wires/efficiency), 0 = don't use
 useTimeCuts       =  1 :  1 = use timecut container , 0 = don't use timecut container
 embeddingModeDigi =  1 :  1 = override geant by real, 2 = keep geant cells

 offsetsOnDigi   =  1 :  0 = global offsets off, 1 = global offsets on
 offsetsDigi     =  1.5   2.5    4.5   5.5 ns offset per plane (substracted from (drift time + tof))

 noiseModeDigi   =  1 :  1 = override geant by noise, 2 = keep geant cells
 noiseOnDigi     =  0 :  0 = noise off, 1 = noise on
 noiseLevelDigi  =  5.0%  5.0%   5.0%  5.0% noise level per plane
 noiseRangeDigi  = -700  -700  -700  -700  1000  1000  1000  1000 ns lower/upper limit of noise

 cellEffOnDigi   =  1 :  0 = cellEff off, 1 = cellEff
 cellEffDigi     =  82.0% 82.0%  88.0% 88.0% level of cellEff per plane


#include <stdlib.h>